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GEOL 15 Introduction to Earthquakes and Geologic Hazards ( 3 units) Fall 2013 Section E4736

GEOL 15 Introduction to Earthquakes and Geologic Hazards ( 3 units) Fall 2013 Section E4736 M&W 2:50-4:15PM Room HMHU125 Jason “Jay” R. Patton Jason-Patton@redwoods.edu http://science.earthjay.com/?page_id=482. Class Business: Roster Syllabus and Class Content Course Agreements

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GEOL 15 Introduction to Earthquakes and Geologic Hazards ( 3 units) Fall 2013 Section E4736

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  1. GEOL 15 Introduction to Earthquakes and Geologic Hazards (3 units) Fall 2013 Section E4736 M&W 2:50-4:15PM Room HMHU125 Jason “Jay” R. Patton Jason-Patton@redwoods.edu http://science.earthjay.com/?page_id=482

  2. Class Business: • Roster • Syllabus and Class Content • Course Agreements • Introductions to each other • General Daily Schedule: • Possible Bonus Five Minute Pop Quiz (10) • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Group Activity and/or Discussion • Class Review • Preview Next Class

  3. Class Business: • Roster • Syllabus and Class Content (next slide: outcomes) • Course Agreements • Introductions to each other • General Daily Schedule: • Possible Bonus Five Minute Pop Quiz (10) • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Group Activity and/or Discussion • Class Review • Preview Next Class

  4. Course Learning Outcomes Apply the scientific method and scientific reasoning to critically evaluate geologic phenomena. 2. Communicate the basic elements of plate tectonic theory and apply these concepts in describing how earthquakes, or other geologic hazards, impact both humanity and the natural environment. 3. Apply physical science principles to describe how energy is transmitted through geologic systems.

  5. Class Business: • Roster • Syllabus and Class Content • Course Agreements • Introductions to each other • Me • You • General Daily Schedule: • Possible Bonus Five Minute Pop Quiz (10) • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Group Activity and/or Discussion • Class Review • Preview Next Class

  6. hand driven “gouge” cores gas engine vibrated “vibra” cores

  7. vibra-core strata from Hookton Slough, southern Humboldt Bay

  8. High marsh overlain by tsunami deposit overlain by sub-tidal mud

  9. Class Business: • Roster • Syllabus and Class Content • Course Agreements • Introductions to each other • Me • You (pair up, interview your partner and take notes, then report to the class) • General Daily Schedule: • Possible Bonus Five Minute Pop Quiz (10) • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Group Activity and/or Discussion • Class Review • Preview Next Class

  10. Class Business: • Roster • Syllabus and Class Content • Course Agreements • Introductions to each other • General Daily Schedule: • Possible Bonus Five Minute Pop Quiz (10) • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Group Activity and/or Discussion • Class Review • Preview Next Class

  11. Today’s Schedule: • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Scientific Method • Energy • Hazard vs. Risk • Hazards We Will Investigate • Earthquake • Tsunami • Landslide • Volcano • Flood • Group Discussion • Class Review • Preview Next Class

  12. Recent Hazards: • Earthquakes • Any Others? http://earthquake.usgs.gov/earthquakes/map/

  13. Today’s Objectives: • Scientific Method: what are the steps, can we tell what step we are in? • Forms of Energy: how these are manifested in the earth sciences? • Hazard vs. Risk: What is the difference?

  14. What is the Scientific Method? What are the steps? 1. Observe a phenomenon. 2. Formulate a hypothesis. 3. Design an experiment to test the hypothesis. 4. Perform the experiment. 5. Accept, reject, or modify the hypothesis. http://www.thwink.org/sustain/deadlock/WhyUnableToSolveProblem.htm

  15. http://aphysicist.deviantart.com/art/The-Scientific-Method-289852982http://aphysicist.deviantart.com/art/The-Scientific-Method-289852982

  16. What is an example of the Scientific Method in practice? • What causes ice to melt? (or prevents ice from melting) • 1. Observe the phenomenon. (e.g. ice melts) • 2. Formulate a hypothesis. (e.g. ?) • 3. Design an experiment to test the hypothesis. (e.g. ?) • 4. Perform the experiment. • 5. Accept, reject, or modify the hypothesis. (e.g. ?)

  17. What is Energy? • Energy is the ability to do work. • Forms of Energy: • Chemical, electrical, thermal, radiant (light), mechanical, nuclear, etc. Can you think of some examples? Potential vs. Kinetic? Stored energy is Potential energy Moving energy is Kineticenergy Do you know examples of each? Can energy change form? Do you know an example? A car uses stored chemical energy in gasoline to move. The engine changes the chemical energy into heat and kinetic energy to power the car. http://www.energyquest.ca.gov/story/chapter01.html http://en.wikipedia.org/wiki/Energy

  18. Potential vs. Kinetic? http://www.srh.noaa.gov/jetstream/atmos/hydro_cycle.htm http://www.srh.noaa.gov/jetstream/downloads/hydro2010.pdf

  19. What is Force? Do you have an example that you can demonstrate? • A force is a push or pull upon an object resulting from the object's interaction with another object. • Whenever there is an interaction between two objects, there is a force upon each of the objects. • When the interaction ceases, the two objects no longer experience the force. Forces only exist as a result of an interaction. There are two types of forces, “Contact” and “Action-at-a-distance.” What are examples of each type of force? Contact: Frictional Forces Tensional Forces Normal Forces Spring Force Action at a Distance: Gravitational Forces Electrical Forces Magnetic Forces http://www.physicsclassroom.com/class/newtlaws/u2l2a.cfm

  20. http://fatherofthefaith.com/sei/coefficient-of-friction-between-cast-iron-and-pine.htmlhttp://fatherofthefaith.com/sei/coefficient-of-friction-between-cast-iron-and-pine.html

  21. What is a Hazard? http://en.wikipedia.org/wiki/Hazard • A hazard is a situation that poses a level of threat to life, health, property, or environment. • Do you know of any examples? What is Risk? http://en.wikipedia.org/wiki/Risk • Risk is the potential of loss (an undesirable outcome, however not necessarily so) resulting from a given action, activity and/or inaction. • Can you think of an example where there is a hazard but no risk? http://www.ccohs.ca/oshanswers/hsprograms/hazard_risk.html

  22. What are some potential Hazards? • Earthquake • Tsunami • Landslide • Volcano • Flood

  23. The Cascadia subduction zone (CSZ)

  24. The following paragraph is a recording from the radio announcer R. Pate, at the radio station KHAR, who was on duty when the earthquake struck. (Bolt,1978) "Hey, boy!—Oh-wee, that's a good one! Hey—boy oh boy oh boy! Man, that's an earthquake! Hey, that's an earthquake for sure!—Whee-eee! Boy oh boy—this is something you'd read—doesn't come up very often up here, but I'm going through it right now! Man—everything's moving—you know, all that stuff in all the cabinets have come up loose... Who-eee! Scared the hell out of me, man! Oh boy, I whish this house would quit shaking! That damn bird cage—oooo—oh man! I've never lived through anything like this before in my life! And it hasn't even shown signs of stopping yet, either—ooooeeee—the whole place is shaking—like someone was holding—Hold it, I'd better put the television on the floor. Just a minute—Boy! Let me tell you that sure scared the hell out of me and it's still shaking, I'm telling you! I wonder if I should get outside? Oh boy! Man, I'm telling you that's the worst thing I ever lived through! I wonder if that's the last one of 'em? Oh man! Oh—Oh boy, I'm telling you that's something I hope I don't go through very often. Maa-uhn!—I'm not fakin' a bit of this— I'm telling you, the whole placed just moved like somebody had taken it by the nape of the neck and was shaking it. Everything's moving around here!—I wonder if the HAR radio tower still is standing up. Man! You sure can't hear it, but I wonder what they have to say on the air about it? The radio fell back here— but I don't think it killed it—Oh! I'm shaking like a leaf—I don't think it hurt it. Man, that could very easily have knocked the tower down—I don't get anything on the air—from any of the stations—I can't even think! I wonder what it did to the tower. We may have lost the tower. I'll see if any of the station come on—No, none of them do. I assume the radio is okay—Boy! The place is still moving! You couldn't even stand up when that thing was going like that—I was falling all over the place here. I turned this thing on, and started talking just after the thing started, and man! I'm telling you, this house was shaking like a leaf! The picture frames—all the doors were opened—the dishes were falling out of the cabinets—and it's still swaying back and forth—I've got to go through and make a check to make sure that none of the water lines are ruptured or anything. Man I hope I don't live through one of those things again...." http://webshaker.ucsd.edu/sounds/r1.asx http://webshaker.ucsd.edu/soundRecords.html

  25. Group Discussion: • What Hazards are also Risks to us on the Northcoast? • Why?

  26. Class Review: • Review Recent Hazards (e.g. earthquake list) • Cover Material/Objectives • Scientific Method • Energy • Hazard vs. Risk • Hazards We Will Investigate • Earthquake • Tsunami • Landslide • Volcano • Flood

  27. One Minute Paper, that lasts three minutes. • I want to read about what you do understand. What is the most exciting thing you learned today? • I want to read about what you do not understand. What may have been confusing? • What is one question that you have about today’s lecture? • We will cover these issues during our review of today’s class at the beginning of our next class.

  28. Next Class: • Earthquake Hazards • Stress and Strain (energy transfer) • Sliding Brick / Elastic Rebound Activity • First Pop Quiz (email me tonight with your personal information and I will provide you a special clue for the quiz).

  29. Email me the following to:Jason-Patton@redwoods.edu • Name • Why are you taking the class? • What is your goal at College of the Redwoods? • What is the highest level of math you have taken? • What are some hobbies? • How will you use what you learn in this class in your daily life? • What is the most important natural hazard (as it relates to you and your life)? • Have you experienced any natural hazards? If so, do you have a story to tell? Please tell me your story.

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